Bionova Ca 15

1:3000
NPK

8-0-0 + 15% CaO

Food grade mineral fertilizer 15% Calcium!

Plays an important role in stabilizing the cell walls!

Ca 15 causes ion-reactions within plants, influencing growth hormones!

Plants directly absorb all food grade minerals to provide optimal control of your plants!

What is Bionova Ca 15?

Calcium often appears in the cell walls and membranes and plays a special role in the ion-reactions within plants. Calcium is transported in the plant by means of water conduction (xylem). In situations with a high humidity or in a compact crop the rate of conduction is small and can lead to a deficiency of calcium. A deficiency of calcium leads to softened cell walls which manifests itself immediately in an increased sensitivity to fungi and the dying off of young leaves and growing points. An excess of calcium can also occur. Which results in brown spots on the leaves.

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Word of founder:

Calcium is important to create and strengthen cell walls.

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Calcium deficiency agent!

What's inside Bionova Ca 15?

Calcium nitrate solution 8 (15) NPK 8-0-0 + 15% CaO
7,35% Nitrate Nitrogen (N)
15,69% Calcium as (Ca) from CaO
2,84 Magensium as (Mg) from MgO

When to use Ca 15?

Ca 15 should be applied when deficiencies occur and/or to strengthen cell walls. Ca 15 is mixable with all Bionova fertilizers, stimulators, minerals, universals & substrates. Ca 15 can be used as irrigation and as foliar spray.

How to use Ca 15?

Application in irrigation
In areas with soft water add to Supermixes 2-4 ml per 10 liters of water. When using Reverse Osmosis Water add 2-8 ml per 10 liters of water. A dosage of 1:1000 increases the amount of Ca by 3.2 mmol.

Application as foliar spray
2,5-5 ml per liter of water.

Available in units

250 ml, 1 liter, 5 liters, 20 liters, 200 liters, 1000 liters

Food grade mineral fertilizer 15% calcium, Ca 15. Calcium plays an important role in stabilizing the cell walls, ion-reactions within plants, influencing growth hormones and it controls the transport of nutrients and water in your plant. In situations with a high humidity or in a compact crop the rate of conduction is small and can lead to a deficiency of calcium.